Density matrix

Results: 294



#Item
191Density matrix / Quantum decoherence / Coherent states / Quantum state / Quantum logic / Quantum operation / Physics / Quantum mechanics / Interpretations of quantum mechanics

A Model of the Quantum-Classical and Mind-Brain Connections, and of the Role of The Quantum Zeno Effect in the Physical Implementation of Conscious Intent. Henry P. Stapp Theoretical Physics Group Lawrence Berkeley Natio

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Source URL: www-physics.lbl.gov

Language: English - Date: 2008-02-21 16:37:35
192Quantum decoherence / Density matrix / Quantum field theory / Quantum Zeno effect / Quantum state / Coherent states / Determinism / Quantum indeterminacy / Interpretations of quantum mechanics / Physics / Quantum mechanics / Quantum measurement

Physicalism Versus Quantum Mechanics Henry P. Stapp

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Source URL: www-physics.lbl.gov

Language: English - Date: 2008-09-20 02:17:15
193Quantum computer / Introduction to quantum mechanics / Quantum superposition / Quantum entanglement / Quantum state / Consciousness / Measurement problem / Density matrix / Quantum mind / Physics / Quantum mechanics / Interpretations of quantum mechanics

Quantum Mechanics in the Brain (Henry P. Stapp, June 20, 2009) The brain is a conglomeration of atomic constituents. Hence most scientists agree that it must in principle be treated quantum mechanically. However, Christo

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Source URL: www-physics.lbl.gov

Language: English - Date: 2009-06-26 21:09:51
194Mechanics / Functional analysis / Quantum information theory / Density matrix / Expectation value / Fidelity of quantum states / Physics / Quantum mechanics / Quantum information science

Quantum Mechanics of Presentiment in Binocular Rivalry Henry P. Stapp Theoretical Physics Group

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Source URL: www-physics.lbl.gov

Language: English - Date: 2011-03-18 17:41:15
195Introduction to quantum mechanics / Fidelity of quantum states / Density matrix / Physics / Quantum mechanics / Wave function

TUTORIAL IN QUANTUM MECHANICS AND THE MIND-BRAIN CONNECTION Henry P. Stapp

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Source URL: www-physics.lbl.gov

Language: English - Date: 2008-06-28 13:03:02
196Many-worlds interpretation / Quantum decoherence / Measurement problem / Interpretations of quantum mechanics / Measurement in quantum mechanics / Density matrix / Introduction to quantum mechanics / Physics / Quantum measurement / Quantum mechanics

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Source URL: hanson.gmu.edu

Language: English - Date: 2014-01-16 14:24:03
197Quantum field theory / Introduction to quantum mechanics / Measurement problem / Wave function collapse / Copenhagen interpretation / Quantum entanglement / Determinism / Density matrix / Werner Heisenberg / Physics / Quantum mechanics / Interpretations of quantum mechanics

Quantum Collapse and the Emergence of Actuality from Potentiality. Henry P. Stapp

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Source URL: www-physics.lbl.gov

Language: English - Date: 2008-11-04 00:35:18
198Quantum entanglement / Quantum decoherence / Canonical ensemble / Quantum state / Measurement in quantum mechanics / Adiabatic theorem / Schrödinger equation / Grand canonical ensemble / Physics / Quantum mechanics / Density matrix

4.1 The Formal Analogy 89 where {Pn } (no caret!), with Pm Pn = Pm δmn , is a complete set of projection operators on mutually orthogonal subspaces of the Hilbert space of quantum

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Source URL: www.rzuser.uni-heidelberg.de

Language: English - Date: 2007-02-20 04:36:05
199Quantum decoherence / Measurement problem / Quantum Zeno effect / Quantum computer / Many-worlds interpretation / Measurement in quantum mechanics / Complementarity / Density matrix / Quantum entanglement / Physics / Quantum mechanics / Quantum measurement

4.3 Decoherence ! " Hφ (p1[removed]qn , t) := H p1[removed]qn ; pn+1 (t[removed]qN (t) .

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Source URL: www.rzuser.uni-heidelberg.de

Language: English - Date: 2008-04-25 05:09:44
200Density matrix / Entropy / Quantum decoherence / Quantum state / Von Neumann entropy / Measurement problem / Measurement in quantum mechanics / Quantum entanglement / Arrow of time / Physics / Quantum mechanics / Interpretations of quantum mechanics

[removed]The Quantum Mechanical Arrow of Time This apparent ensemble of discrete numbers is dynamically approximately described by a master equation. Therefore, it is formally equivalent to an ensemble of solutions of a st

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Source URL: www.rzuser.uni-heidelberg.de

Language: English - Date: 2008-04-25 05:10:36
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